zkVM vs zkEVM: Comparison and Differences
With the current landscape of smart contract execution, the Dapps are getting more and more complex in terms of their functionality. These complex applications require a high cost of online…
How Smart Contacts are Disrupting Real Estate Sector?
When we think about real estate, our minds immediately jump to an exhausting long period of excessive paperwork, legalities, third-party negotiation costs, and a slow process of transaction. Not to…
Multidimensional Gas Pricing on Ethereum
In the Ethereum ecosystem, the gas fee is a long-term predominant factor that dictates the number of computational resources required to process any transaction. Or in simple terms, the fee…
Hybrid Smart Contracts Explained
Hybrid smart contracts can bring tamper-proof and immutable properties to the blockchain ecosystem while leveraging secure off-chain oracle services to attain complex capabilities such as correct order, confidentiality, connectivity, and…
What Is A Crypto Rug-Pull : A Complete Guide
The rising popularity of crypto has gained huge attention from financial experts and investors for involvement in the market. However, this influx has also cropped many rugg-pulls in the space.…
EigenLayer: ETH Staking and How it Works
EigenLayer: ETH Staking and How it Works Tldr: EigenLayer is a generalized middleware protocol built on top of ethereum that introduces a new yet significant primitive called restaking. This primitive…
A Primer for the Zero-Knowledge Cryptography: Part II
Introducing the initial building block: the Elliptic curve DLP primitive. Subsequently, in the forthcoming series, we will delve into other primitives such as Bilinear mapping, Knowledge of exponentiation, and groups of unknown orders.
A Primer for the Zero-Knowledge Cryptography III
In the previous edition of the ZK cryptography series, we thoroughly explored the fundamentals of our first computational problem DLP with its application in the Elliptic curve for higher security guarantees in ZK proofs.
Zero-Knowledge Proofs: A Security Perspective
In a world where personal data has become more or less a commodity, the potential advantages provided by zero-knowledge proofs are monumental. By combining them with blockchain technology, a powerful mix of immutability and security can be achieved.
